Lennard-Jones potential

Summary

Lennard-Jones potential is a potential^[1]. It draws 125 Wikipedia views per month (potential category, ranking #2 of 3).^[2]

Key Facts

• Lennard-Jones potential's image is recorded as Lennard Jones potential graph.svg^[3].
• Lennard-Jones potential's image is recorded as 12-6-Lennard-Jones-Potential-equation.svg^[4].
• Lennard-Jones potential's instance of is recorded as potential^[5].
• John Lennard-Jones is named after Lennard-Jones potential^[6].
• Lennard-Jones potential's GND ID is recorded as 4329539-3^[7].
• Lennard-Jones potential's Commons category is recorded as Lennard-Jones potentials^[8].
• Lennard-Jones potential's Freebase ID is recorded as /m/01h5g3^[9].
• Lennard-Jones potential's defining formula is recorded as V_{\text{LJ}}(r)=4\varepsilon \left(\left(\frac\sigma r\right)^{12}-\left(\frac\sigma r\right)^6\right)^[10].
• Lennard-Jones potential's studied by is recorded as physical chemistry^[11].
• Lennard-Jones potential's studied by is recorded as thermodynamics^[12].
• Lennard-Jones potential's maintained by WikiProject is recorded as WikiProject Mathematics^[13].
• Lennard-Jones potential's Microsoft Academic ID is recorded as 142508316^[14].
• Lennard-Jones potential's in defining formula is recorded as r^[15].
• Lennard-Jones potential's OpenAlex ID is recorded as C142508316^[16].
• Lennard-Jones potential's Encyclopedia of China is recorded as 229638^[17].

Why It Matters

Lennard-Jones potential draws 125 Wikipedia views per month (potential category, ranking #2 of 3).^[2] It has Wikipedia articles in 20 language editions, a strong signal of global cultural recognition.^[18] It is known by 14 alternative names across languages and contexts.^[19]